Program flow method applied to sealing and cutting machine
A program flow, sealing and cutting machine technology, applied in the direction of paper/cardboard containers, packaging, papermaking, etc., can solve the problems of no processing mechanism and inability to make predictions.
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0052] When emergency stop=1 and anti-cut=1,
[0053] 1. Time is up:
[0054] Kai: M1M2 (positive) valve 2
[0055] close:
[0056] 2. Pick up: photoelectric 1 (0=1)
[0057] time up:
[0058] Kai: M3 (Positive) M4
[0059] close:
[0060] 3. Pick up: photoelectric 1 (0=1)
[0061] time up:
[0062] Kai: Back travel time (0.01-9.99 seconds)
[0063]close:
[0064] 4. Pick up:
[0065] Time to: Post-travel time (0.01-9.99 seconds)
[0066] start:
[0067] close:
[0068] 5. Pick up:
[0069] time up:
[0070] Kai: Conveyor belt rotation adjustment (0.01-9.99 seconds) M2 (reverse) M3 (reverse)
[0071] close:
[0072] 6. Pick up:
[0073] Time up: Conveyor belt rotation adjustment (0.01-9.99 seconds)
[0074] Opening: valve 1 sealing and cutting time (0.01-9.99 seconds)
[0075] Off: M1M2 (positive) M3 (negative)
[0076] a) Pick up: anti-cut ≠ 1
[0077] Time up: sealing and cutting time (0.01-9.99 seconds)
[0078] On: Anti-cutting interruption, the cutte...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 

